Which three troubleshooting actions should an administrator take to address slow performance when deploying a virtual machine template? (Choose three.)

Template deployments and cloning operations are bandwidth-intensive; adding additional physical uplinks to the vSwitch increases available network throughput, reducing the time required to transfer the template data across the network.

Storage contention on a busy or slow datastore directly throttles deployment speed; moving the destination to a less-utilized or higher-performance datastore or volume reduces I/O wait and accelerates the clone operation.

VMware vSphere supports a dedicated 'Provisioning Traffic' vmkernel port type that is specifically optimized for virtual machine migration, cloning, and template deployment operations; configuring a dedicated vmkernel port for this traffic type isolates and prioritizes provisioning I/O from other vmkernel traffic.

Reducing the virtual disk size of a template changes the total data to transfer but does not address the underlying network or storage throughput bottleneck causing the slow deployment, and resizing a template disk is typically impractical.

DRS (Distributed Resource Scheduler) optimizes compute resource placement (CPU and memory) across a cluster but does not influence or accelerate the network and storage I/O operations that govern template deployment speed.